Toluene diisocyanate manufacturer News Radiation curing adhesives have a wide range of applications and the number of enterprises in my country continues to increase.

Radiation curing adhesives have a wide range of applications and the number of enterprises in my country continues to increase.

Radiation curing adhesive refers to a type of adhesive that uses photoinitiators to trigger chemical reactions such as polymerization, grafting, and cross-linking of chemically active organic monomers under ultraviolet light or electron beam irradiation, thereby achieving rapid reactions on the surface of the substrate. According to different irradiation beams, radiation curing adhesives can be divided into two categories: ultraviolet light curing adhesives (UV curing adhesives) and electron beam curing adhesives (EB curing adhesives). Among them, UV curing adhesives are the mainstream products in the radiation curing adhesive market.
According to the “2023-2028 Radiation Curing Adhesive Industry Market In-depth Research and Investment Prospect Forecast Analysis Report” released by the Industrial Research Center, Compared with traditional chemical curing adhesives, radiation curing adhesives have the advantages of fast curing speed, low curing temperature, low energy consumption, no pollution, good earthquake resistance, strong chemical corrosion resistance, and good high temperature resistance. They are widely used in construction, packaging, electronics, etc. , medical, automotive, 3D printing, machinery and other fields.
Specifically, in the medical field, radiation curing adhesives can be used in product production scenarios such as medical education, rehabilitation equipment, artificial organs, tissue scaffolds, and dentures; in the electronic field, radiation curing adhesives can be used in electronic devices such as relays, capacitors, and microswitches. In sealing and packaging scenarios, it can also be used in bonding scenarios for integrated circuits on PCB boards; in the construction field, radiation curing adhesives can be used in laminated glass and safety glass production scenarios; in the food and beverage fields, radiation curing adhesives can be used in high-barrier flexible packaging materials Create scenes.
Radiation curing adhesives have a wide range of applications. Driven by the rapid development of the downstream market, its market demand is increasing, and the industry has good development prospects. The global radiation curing adhesive market size will reach US$1.42 billion in 2022, a year-on-year growth of 9.7%. Affected by the rapid development of domestic semiconductor, medical, and construction industries, my country has become the market with the fastest growing demand for radiation-cured adhesives in the world.
At present, many domestic companies have entered the radiation curing adhesive market, such as Dongguan Paloma New Material Technology, Cangzhou Lingang Hongda New Material Manufacturing, Wuhan Changyingxin Technology, Hubei Double Bond Fine Chemicals, Xi’an Xiguang Fine Chemicals, Shanghai Bennuo Electronic materials, Zhongshan Kanghe Chemical Industry, etc. At the same time, in recent years, Chinese companies are accelerating the research and development of new radiation-curing adhesives. A variety of innovative products have emerged on the market, such as radiation-curing hot-melt pressure-sensitive adhesives and UV moisture dual-curing adhesives.
Industry analysts said that radiation curing adhesives are an important type of adhesive and can be widely used in automobiles, Electronics, packaging, construction, medical and other fields. Currently, the downstream market is developing rapidly, and the global demand for radiation curing adhesives continues to increase and the scale continues to expand. Among them, my country has become the main consumer market for radiation curing adhesives in the world. Driven by the continued growth in demand, Chinese companies are accelerating their entry into the field of radiation curing adhesives, promoting the continuous improvement of localization levels.
This article is from the Internet, does not represent the position of Toluene diisocyanate reproduced please specify the source.https://www.chemicalchem.com/archives/5719

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